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For a company that manufactures tennis rackets, the average cost per racket is found to be C: where x is the number of rackets produced per hour. 360 +6+3x 1 +6+ -x for x≥1, X Use the differential to approximate the change in average cost per racket if production is (A) increased from 10 per hour to 16 per hour and (B) increased from 40 per hour to 46 per hour. (A) If production is increased from 10 per hour to 16 per hour the average cost per racket will decrease by approximately $ ☐ per racket. (B) If production is increased from 40 per hour to 46 per hour the average cost per racket will decrease by approximately $ per racket.

For a company that manufactures tennis rackets, the average cost per racket is found to be C: where x is the number of rackets produced per hour. 360 +6+3x 1 +6+ -x for x≥1, X Use the differential to approximate the change in average cost per racket if production is (A) increased from 10 per hour to 16 per hour and (B) increased from 40 per hour to 46 per hour. (A) If production is increased from 10 per hour to 16 per hour the average cost per racket will decrease by approximately $ ☐ per racket. (B) If production is increased from 40 per hour to 46 per hour the average cost per racket will decrease by approximately $ per racket.

College Algebra
College Algebra
10th Edition
ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
ChapterP: Prerequisites
SectionP.4: Factoring Polynomials
Problem 84E: The rate of change of an autocatalytic chemical reaction is kQxkx2 where Q is the amount of the...
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For a company that manufactures tennis rackets, the average cost per racket is found to be C: where x is the number of rackets produced per hour. 360 +6+3x 1 +6+ -x for x≥1, X Use the differential to approximate the change in average cost per racket if production is (A) increased from 10 per hour to 16 per hour and (B) increased from 40 per hour to 46 per hour. (A) If production is increased from 10 per hour to 16 per hour the average cost per racket will decrease by approximately $ ☐ per racket. (B) If production is increased from 40 per hour to 46 per hour the average cost per racket will decrease by approximately $ per racket.
Transcribed Image Text:For a company that manufactures tennis rackets, the average cost per racket is found to be C: where x is the number of rackets produced per hour. 360 +6+3x 1 +6+ -x for x≥1, X Use the differential to approximate the change in average cost per racket if production is (A) increased from 10 per hour to 16 per hour and (B) increased from 40 per hour to 46 per hour. (A) If production is increased from 10 per hour to 16 per hour the average cost per racket will decrease by approximately $ ☐ per racket. (B) If production is increased from 40 per hour to 46 per hour the average cost per racket will decrease by approximately $ per racket.
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